CN104463291A

CN104463291A - Anti-counterfeiting method and mobile device

Info

Publication number: CN104463291A
Application number: CN201310423052.5A
Authority: CN
Inventors: 林于翔; 孙福军
Original assignee: Shenzhen Tongsheng Green Technology Co Ltd
Current assignee: Shenzhen Tongsheng Green Technology Co Ltd
Priority date: 2013-09-16
Filing date: 2013-09-16
Publication date: 2015-03-25
Anticipated expiration: 2033-09-16
Also published as: WO2015035702A1; CN104463291B

Abstract

The invention discloses an anti-counterfeiting method. The method comprises the following steps that: a mobile device acquires first data which are obtained through recognizing anti-counterfeiting information, wherein the first data are used for uniquely recognizing corresponding objects; after the first data which are acquired, the local of the mobile device generates second data, wherein the second data include unique data associated with the local of the mobile device; the mobile device sends validation data to an authentication server, wherein the validation data are combination data including the first data and the second data, or mapping data of the first data and the second data, and correct results matched with the validation data are searched in the authentication server with the first data, so that authentication results can be obtained; and the mobile device receives the authentication results from the authentication server. With the above method adopted, the uniqueness of the anti-counterfeiting information can be guaranteed, and the reliability of anti-counterfeiting can be improved.

Description

Method for anti-counterfeit and mobile device

Technical field

The application relates to field of anti-counterfeit technology, particularly relates to a kind of method for anti-counterfeit and mobile device.

Background technology

In article trading, false proof is an important proposition.And existing antifalsification label is mainly for general product, antifalsification label can't do too complicated, cost can be caused to improve because manufacture complexity.Under normal circumstances, this kind of antifalsification label only needs the general imitated producer of resistance to copy antifalsification label.But, in the transaction of precious article, the such as transaction of jewelry, antique etc., if the antifalsification label ratio of precious article is easier to copy, under the driving of huge interests, imitated producer very likely copys antifalsification label, and then realizes the object of the precious article of personation.

Summary of the invention

The technical matters that the present invention mainly solves is to provide a kind of method for anti-counterfeit and mobile device, can ensure the uniqueness of anti-counterfeiting information, improves false proof reliability.

For solving the problems of the technologies described above, the invention provides a kind of method for anti-counterfeit, described method comprises: the first data that mobile device acquisition identifies anti-counterfeiting information and obtains, and described first data are in order to unique identification respective objects, after described first data of acquisition, described mobile device the machine produces the second data, and described second data comprise the uniqueness data associated with described mobile device the machine, described mobile device sends verification msg to authentication server, described verification msg is the data splitting comprising described first data and the second data, or the mapping (enum) data of described first data and the second data, in described authentication server, the correct result mating described verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then described identification result is judged as that described antifalsification label is true tag, otherwise be judged as spurious tags, wherein, described correct result is that described first data are recorded in database as correct result to investigate the true and false time to be verified, described mobile device receives the identification result from described authentication server.

Wherein, described mobile device obtains and to identify anti-counterfeiting information and the step of the first data that obtains comprises: the image being positioned at mark on object or antifalsification label with the described mobile device collection with camera, and carry out optical identification, to obtain the first data.

Wherein, described mark or antifalsification label are a kind of in word, character or both combinations.

Wherein, described mark or antifalsification label are Quick Response Code or bar code.

Wherein, describedly to comprise by the step that the described mobile device collection with camera is positioned at the image of the antifalsification label on object: scan with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of antifalsification label after described first identifier; When scanning the second identifier, stop gathering described second identifier image below, wherein, described first identifier is arranged at before described antifalsification label, and described second identifier is arranged at after described antifalsification label.

Wherein, describedly to comprise by the step that the described mobile device collection with camera is positioned at the image of the antifalsification label on object: scan with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of the antifalsification label of preset range after described first identifier, wherein, described first identifier is arranged at before described antifalsification label.

Wherein, described second data comprise the one in the code of predetermined figure in the code of predetermined figure in the number of predetermined figure in the number of described mobile device, international mobile subscriber identity IMSI, international mobile equipment identification number IMEI.

Wherein, described second data also comprise a kind of or both combination in the locality data of the time data of described mobile device the machine scanning, the scanning of described mobile device the machine.

For solving the problems of the technologies described above, the invention provides a kind of mobile device, described mobile device comprises: the first data obtaining module, and identify anti-counterfeiting information and the first data obtained for obtaining, described first data are in order to unique identification respective objects, second data obtaining module, produce the second data for described mobile device the machine after described first data of acquisition, described second data comprise the uniqueness data associated with described mobile device the machine, sending module, for sending verification msg to authentication server, described verification msg is the data splitting comprising described first data and the second data, or the mapping (enum) data of described first data and the second data, in described authentication server, the correct result mating described verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then described identification result is judged as that described antifalsification label is true tag, otherwise be judged as spurious tags, wherein, described correct result is that described first data are recorded in database as correct result to investigate the true and false time to be verified, receiver module, for receiving the identification result from described authentication server.

Wherein, described first data obtaining module specifically for being positioned at the image of mark on object or antifalsification label with the described mobile device collection with camera, and carries out optical identification, to obtain the first data.

Wherein, described first data obtaining module also comprises the first collecting unit, and described first collecting unit is for scanning with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of antifalsification label after described first identifier; When scanning the second identifier, stop gathering described second identifier image below, wherein, described first identifier is arranged at before described antifalsification label, and described second identifier is arranged at after described antifalsification label.

Wherein, described first data obtaining module also comprises the second collecting unit, and described second collecting unit is for scanning with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of the antifalsification label of preset range after described first identifier, wherein, described first identifier is arranged at before described antifalsification label.

Be different from the situation of prior art, the first data that mobile device acquisition of the present invention identifies anti-counterfeiting information and obtains; After acquisition first data, mobile device the machine produces the second data; Mobile device sends verification msg to authentication server, verification msg is the data splitting comprising the first data and the second data, or first mapping (enum) data of data and the second data, in authentication server, search the correct result of coupling verification msg with the first data, and then obtain identification result; Mobile device receives the identification result from authentication server.Because the first data are in order to unique identification respective objects, the second data comprise the uniqueness data associated with mobile device the machine, in this way, can ensure the uniqueness of anti-counterfeiting information, improve false proof reliability.

Accompanying drawing explanation

Fig. 1 is the process flow diagram of method for anti-counterfeit one embodiment of the present invention;

Fig. 2 is the process flow diagram of optical identification method one embodiment of the present invention;

Fig. 3 is the process flow diagram of another embodiment of optical identification method of the present invention;

Fig. 4 is the structural representation of antifalsification label one embodiment of the present invention;

Fig. 5 is the structural representation of another embodiment of antifalsification label of the present invention;

Fig. 6 is the structural representation of the another embodiment of antifalsification label of the present invention;

Fig. 7 is the structural representation of the another embodiment of antifalsification label of the present invention;

Fig. 8 is the process flow diagram of another embodiment of method for anti-counterfeit of the present invention;

Fig. 9 is the process flow diagram of antifalsification label manufacture method one embodiment of the present invention;

Figure 10 is the process flow diagram of the another embodiment of method for anti-counterfeit of the present invention;

Figure 11 is the structural representation of mobile device one embodiment of the present invention;

Figure 12 is the structural representation of another embodiment of mobile device of the present invention;

Figure 13 is the structural representation of the another embodiment of mobile device of the present invention.

Embodiment

Below in conjunction with drawings and embodiments, the present invention is described in detail.

Consult Fig. 1, Fig. 1 is the process flow diagram of method for anti-counterfeit one embodiment of the present invention, comprising:

Step S101: the first data of unique identification respective objects are kept in authentication server.

First data of unique identification respective objects are the anti-counterfeiting information of this object.Due to the uniqueness of the first data, the true and false of this object can be distinguished according to the first data.

Step S102: the first data that mobile device acquisition identifies anti-counterfeiting information and obtains, the first data are in order to unique identification respective objects.

Anti-counterfeiting information is used for the corresponding object of unique identification, and can show that this object is not counterfeit and shoddy goods, after mobile device identifies anti-counterfeiting information, obtain the first data, these first data namely can unique identification respective objects.

Wherein, mobile device can use the camera carried to identify anti-counterfeiting information, now step S102 specifically comprises: the image being positioned at mark on object or antifalsification label with the mobile device collection with camera, and carries out optical identification, to obtain the first data.Mark on object or the image of antifalsification label include but not limited to combination, the Quick Response Code or bar code etc. of word, character, word and character.

Wherein, be positioned at the image of mark on object or antifalsification label with the mobile device collection with camera, and carry out optical identification, specifically comprise with the step obtaining the first data:

A. the image of the antifalsification label on object is gathered with the mobile device with camera, wherein, antifalsification label comprises basic unit and drips rete, dripping rete is is formed by dry solidification after the colloidal dispersions comprising multiple particle to basic unit, and at least its quantity and position are random to the particle in a rete.

Antifalsification label is also called anti-counterfeiting mark or anti-false trademark, is paste, print, shift on subject matter surface, or in subject matter packaging, or subject matter adjunct (as commodity list, business card and antifake certificate card) on, there is the mark of anti-fake effect.The anti-counterfeiting characteristic of antifalsification label and knowledge method for distinguishing are the souls of antifalsification label.In embodiment of the present invention, dripping in rete of antifalsification label comprises multiple particle, and the quantity of particle and position are random.Because the quantity of particle and position are random, therefore antifalsification label is difficult to be replicated, and substantially increases false proof reliability, effectively prevents the forgery and illegal imitation of brand-name products of product.

Wherein, A comprises: scan with the image of mobile device to the antifalsification label on object with camera; When scanning the first identifier, gather the image of antifalsification label after the first identifier; When scanning the second identifier, stop collection second identifier image below, wherein, the first identifier is arranged at before antifalsification label, and the second identifier is arranged at after antifalsification label.

When the front and back of antifalsification label is provided with the first identifier and the second identifier respectively, the image of the antifalsification label just between collection first identifier and the second identifier.

Or A comprises: scan with the image of mobile device to the antifalsification label on object with camera; When scanning the first identifier, gather the image of the antifalsification label of preset range after the first identifier, wherein, the first identifier is arranged at before antifalsification label.

When only arranging the first identifier before antifalsification label, the image of the antifalsification label of preset range after the first identifier only can be gathered.

Or A comprises: when scanning full stop (i.e. the position at above-mentioned second identifier place), gather the image of the antifalsification label of preset range before full stop, wherein, full stop is arranged at after antifalsification label.

When only arranging full stop after antifalsification label, the image of the antifalsification label of preset range before full stop only can be gathered.

First identifier and the second identifier being set in the front and back of antifalsification label, or the first identifier is set before antifalsification label, the speed of scanning recognition can be improved, reducing the load when identifying of mobile device.

B. optical identification drips quantity and the position of the particle in rete, and the quantity of dripping the particle in rete identified and position are combined into the first data in order.

The form of predetermined rule to the first data is utilized to define, such as, first data demand is 10 characters, if when the figure place of regulation coordinate is two, acquiescence regulation only embodies the information of 5 particles, the figure place that character is inadequate is supplemented with zero, two particles are had in a rete, position coordinates is (0 respectively, 2) and (5,3), be that 0253(specifies that the figure place of coordinate is two according to the directional combination that horizontal ordinate is ascending) or 00020503(specify that the figure place of coordinate is four), then the first data are 0253000000 or 0002050300; Having large according to ordinate is that 5302(specifies that the figure place of coordinate is two to little directional combination) or 05030002(specify that the figure place of coordinate is four), then the first data are 5302000000 or 0503000200.If the quantity of dripping particle in rete is a lot, the position coordinates of particle combines rear number of characters more than 10, then ignored by character later for 10 characters, be not counted in the first data.Certainly, in actual applications, the formulation of the rule of the form of the first data is not limited to aforesaid way, does not limit at this.

Wherein, drip particle in rete except the difference of quantity, position, also coloured difference, namely B specifically can be: optical identification drips the quantity of the particle in rete, position and color, and the quantity of dripping the particle in rete identified, position and color are combined into the first data in order, wherein, all particle color dripped in rete are at least one, if particle color is two or more, then the distribution of color is also random.

Such as redness is 01, yellow is 02, black is 03, green is 04 etc., if above-mentioned two one, particles are red, one is green, so according to the ascending direction of horizontal ordinate and color have and carry out permutation and combination to little order greatly, the first data are that 0253010400(specifies that the figure place of coordinate is two) or 000205030104(specify that the figure place of coordinate is four).

Step S103: mobile device the machine produces the second data after acquisition first data, the second data comprise the uniqueness data associated with mobile device the machine.

Second data are numbers of predetermined figure in the number of mobile device, or the code of predetermined figure in international mobile subscriber identity IMSI, or the code of predetermined figure in international mobile equipment identification number IMEI.

Number, the international mobile subscriber identity IMSI and international mobile equipment identification number IMEI of mobile subscriber are the uniqueness data associated with mobile device the machine concerning each mobile device.In order to protect the privacy of mobile subscriber; prevent divulging a secret of mobile subscriber number; second data comprise the code of predetermined figure in predetermined figure number in the number of mobile device, international mobile subscriber identity IMSI or international mobile equipment identification number IMEI; so both can obtain the data of mobile device uniqueness, the privacy of user can have been protected again.Such as, the number of mobile device is 13777778888, and make a reservation for 6 below, then the second data are 778888.

Or the second data can also be the time datas of mobile device the machine scanning, or the locality data of mobile device the machine scanning, or the time data of mobile device the machine scanning and the combination of locality data.

The time data of mobile device the machine scanning is all the uniqueness data associated with mobile device the machine with the locality data that mobile device the machine scans, therefore, second data can also be the time datas comprising the scanning of mobile device the machine, or the data splitting of the time data of the locality data of mobile device the machine scanning or the scanning of mobile device the machine and the locality data of scanning.Such as, the time of scanning is 10: 15 on the 20th May in 2013, place is Beijing, second data can be the time datas 1305201015 of mobile device the machine scanning, or second data can be mobile device the machine scanning locality data beijing, if the second data are data splittings of the time data of mobile device the machine scanning and the locality data of scanning, so the second data are 1305201015beijing.

It should be noted that, if mobile device possesses global position system GPS navigation feature, then the place of mobile device the machine scanning is the place of GPS location navigation, if mobile device does not possess GPS navigation function or do not open GPS navigation function, then the place of mobile device the machine scanning is the place of the number attribution of this mobile device.

Certainly, in actual applications, the data splitting of the locality data of the locality data that the time data that also code of predetermined figure in predetermined figure number, international mobile subscriber identity IMSI or international mobile equipment identification number IMEI in the number of mobile device and mobile device the machine can be scanned, mobile device the machine scan or the time data that mobile device the machine scans and scanning carries out combining to obtain the second data, does not limit at this.

Step S104: mobile device sends verification msg to authentication server, verification msg is the data splitting comprising the first data and the second data, or first mapping (enum) data of data and the second data, in authentication server, the correct result of coupling verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then identification result is judged as that antifalsification label is true tag, otherwise be judged as spurious tags, wherein, correct result is that the first data are recorded in database as correct result to investigate the true and false time to be verified.

Verification msg is the data splitting comprising the first data and the second data, or first mapping (enum) data of data and the second data, so-called mapping (enum) data refers to the other one group data corresponding with the first data and the second data, such as: the first data are 1234, second data are 5678, the mapping (enum) data ABCD of the first data and the mapping (enum) data of the second data are EFGH, and so the mapping (enum) data of the first data together with the second data assemblies is ABCDEFGH.If verification msg is the mapping (enum) datas of the first data together with the second data assemblies, the reflection of this mapping (enum) data can be penetrated in authentication server and regain the first data and the second data.Certainly, in actual applications, if the mapping (enum) data of the mapping (enum) data of the first data and the second data is also unique respectively, so also can searches the correct result of coupling verification msg with the mapping (enum) data of the first data in authentication server, and then obtain identification result.

Mobile device sends verification msg to authentication server, authentication server is according to the correct result of the first data search coupling verification msg, if the correct result obtaining mating can be searched, then identification result is judged as that antifalsification label is true tag, otherwise be judged as spurious tags, wherein, correct result is that the first data are recorded in database as correct result to investigate the true and false time to be verified.

Step S105: mobile device receives the identification result from authentication server.

After authentication server obtains identification result, sent by this identification result to mobile device, mobile device receives the identification result from authentication server.Such as, when the first data consistent that the first data in the verification msg that mobile device sends and authentication server are preserved, it is true tag that authentication server returns identification result to mobile device, and return this first data and the second data, when the first data that the first data in the verification msg that mobile device sends and authentication server are preserved are inconsistent, it is non-genuine label that authentication server returns identification result to mobile device, and return this first data and the second data, such as, second data are rear six bit data of mobile device number, and these second data obtained of mobile device the machine are 788888, when the result is true tag, the first data 0121548498 and the second data 788888 that this obtains are enclosed when returning the result, when the result is non-genuine label, also the first data 0121548498 and the second data 788888 that this obtains are enclosed when returning the result.

Or, primary verification msg can be kept in authentication server by authentication server, when sending identification result to mobile device, the second data in the verification msg corresponding with these the first data of preserve first time checking or the mapping (enum) data of the second data also send to mobile device, if the verification msg corresponding with these the first data of not preserving, then do not send the second data of this verification msg corresponding with these the first data or the mapping (enum) data of the second data.When identification result is true tag, if mobile device does not receive the mapping (enum) data of the second data from authentication server or the second data, illustrate that the product that this anti-counterfeiting information is corresponding is first time checking, if mobile device receives the mapping (enum) data of the second data from authentication server or the second data, illustrate that the product that this anti-counterfeiting information is corresponding is not first time checking, once authenticated.Such as, these second data obtained of mobile device the machine are 1305301305beijing, the second data from authentication server are 1305201015beijing, show there has been people's this product authenticated 10: 15 minutes on the 20th May in 2013 in Beijing, alternatively this product bright was once used by people.And for example, the second data are rear six bit data of mobile device number, and when these second data obtained of mobile device the machine are 788888, if authentication server does not send the second data, show that this product is first time checking; If the second data that authentication server sends are 788888, show that user uses this mobile device to carry out second time checking to this product; If the second data that authentication server sends are 785512, show that this product carries out second time checking on other mobile device, or this product is once authenticated, or this product was used by people.

Certainly, authentication server sends identification result in which type of mode to mobile device, in actual applications, can determine, be not limited to aforesaid way, do not limit at this according to actual conditions.

The first data that the acquisition of embodiment of the present invention mobile device identifies anti-counterfeiting information and obtains, described first data are in order to unique identification respective objects; After described first data of acquisition, described mobile device the machine produces the second data; Described mobile device sends verification msg to authentication server; Described mobile device receives the identification result from described authentication server.Because the first data and the second data are the data representing uniqueness, particularly the first data are in order to unique identification respective objects, and in this way, guarantee the uniqueness of anti-counterfeiting information, imitator cannot copy, and improves false proof reliability.

In step s 102, mobile device obtains when identifying anti-counterfeiting information and relates to a kind of optical identification method, and consult Fig. 2 and Fig. 3, Fig. 2 and Fig. 3 is the process flow diagram of optical identification method of the present invention two embodiments, comprising:

Step S201: optical scanning is carried out to the first optical scanning region.

Wherein, the first identifier is arranged at before the second optical scanning region, and the second identifier is arranged at after the second optical scanning region.

Wherein, step S201 specifically comprises: carry out optical scanning line by line according to row to the first optical scanning region, and often row only scans first analyzing spot above.Or, carry out optical scanning line by line according to row to the first optical scanning region, and often row only scans first analyzing spot above.First identifier is arranged at the foremost of the direction of scanning in the second optical scanning region.

In traditional optical scan mode, scan method is that from the beginning every a line sweeps to tail, and when surface sweeping, those non-optical surface sweeping regions also can the expensive time, and also can increase the load of scanning device.By the way, the object of rapid scanning identification can be realized, and decrease the load of scanning device.

Step 202a and step S202b is two different scanning recognition modes, optionally one of them.

Step S202a: when scanning the first identifier, carries out optical identification to the second optical scanning region of the preset range after the first identifier.

When only arranging the first identifier before the second optical scanning region, only optical identification can be carried out to the second optical scanning region of preset range after the first identifier.

Step S202b: or when scanning the first identifier, optical identification is carried out to the second optical scanning region after the first identifier, when scanning the second identifier, stop carrying out optical identification to the second optical scanning region.

When the front and back in the second optical scanning region is provided with the first identifier and the second identifier respectively, just optical identification is carried out to the second optical scanning region between the first identifier and the second identifier.

Wherein, the second optical scanning region is antifalsification label.Antifalsification label comprises basic unit and drips rete, and dripping rete is is formed by dry solidification after the colloidal dispersions comprising multiple particle to basic unit, and at least its quantity and position are random to the particle in a rete.

Certainly, step S202b also can be: when scanning full stop (i.e. the position at above-mentioned second identifier place), carry out optical identification to the second optical scanning region of the preset range before described full stop.

When only arranging full stop after the second optical scanning region, only optical identification can be carried out to the second optical scanning region of preset range before full stop.

Embodiment of the present invention carries out optical scanning to the first optical scanning region; When scanning the first identifier, optical identification is carried out to the second optical scanning region of the preset range after described first identifier; Or when scanning the first identifier, optical identification is carried out to the second optical scanning region after described first identifier, when scanning the second identifier, stop carrying out optical identification to described second optical scanning region; Wherein, described first identifier is arranged at before described second optical scanning region, and described second identifier is arranged at after described second optical scanning region.Owing to being provided with the first identifier and the second identifier or just arranging the first identifier, identify the reference position of identification, in this way, can rapid scanning and identification, decrease the load of scanning device.

In step s 102, if be positioned at the image of the antifalsification label on object with mobile device collection, also relate to the method for making of antifalsification label of the present invention as shown below, the method for anti-counterfeit relevant to this antifalsification label and this antifalsification label so here.

Consult Fig. 4, Fig. 4 is the structural representation of antifalsification label one embodiment of the present invention, as shown in the figure, this antifalsification label 10 comprises basic unit 101 and drips rete 102, dripping rete 102 is after being distributed to basic unit 101 by the colloid 1022 comprising multiple particle 1021, dry solidification is formed, and wherein, at least its quantity and position are random to the particle 1021 in a rete 102.

Antifalsification label 10 is also called anti-counterfeiting mark or anti-false trademark, is paste, print, shift on subject matter surface, or in subject matter packaging, or subject matter adjunct (as commodity list, business card and antifake certificate card) on, there is the mark of anti-fake effect.The anti-counterfeiting characteristic of antifalsification label and knowledge method for distinguishing are the souls of antifalsification label.

The rete that drips in embodiment of the present invention antifalsification label comprises multiple particle, and the quantity of particle and position are random.Because the quantity of particle and position are random, therefore antifalsification label is difficult to be replicated, and substantially increases false proof reliability, effectively prevents the forgery and illegal imitation of brand-name products of product.

Consult Fig. 5, Fig. 5 is the structural representation of another embodiment of antifalsification label of the present invention, as shown in the figure, this antifalsification label 20 comprises basic unit 201 and drips rete 202, dripping rete 202 is after being distributed to basic unit 201 by the colloid 2022 comprising multiple particle 2021, dry solidification is formed, and wherein, at least its quantity and position are random to the particle 2021 in a rete 202.

Basic unit 201 is printed with coordinate system 2011, particle 2021 stochastic distribution in coordinate system 2011 of random amount, a coordinate first record dripping rete 202 its all particle 2021 after its formation, the coordinate sequence forming predetermined length is recorded in database to investigate the true and false time to be verified.By printed coordinate system in basic unit, the anti-spurious accuracy of antifalsification label can be increased.

It should be noted that, at record or the coordinate time identifying particle, if the coordinate of particle is not easy to determine, this particle can be ignored, also can by determining that the algorithm of coordinate determines the coordinate of this particle.If the quantity of dripping particle in rete is a lot, the coordinate sequence of particle combines rear number of characters more than preset characters number, then ignored by character later for preset characters number.

Wherein, all particles 2021 color of dripping in rete 202 is at least one, if color is two or more, then the distribution of color is also random.As shown in Figure 5, having the particle of two kinds of colors, is red particle 20211 and yellow particle 20212 respectively.

Wherein, a kind of situation be the diameter of particle between 0.1 millimeter to 1 millimeter, such as 0.1 millimeter, 0.5 millimeter or 1 millimeter, within the scope of this, common scanning device can differentiate each particle; Another kind of situation is that the diameter of particle is between 1 micron to 10 microns, such as 1 micron, 5 microns or 10 microns, within the scope of this, common scanning device cannot differentiate each particle, needs can differentiate each particle by the special scanning device with instrument such as magnifier or low-power microscope.Concerning antifalsification label, if need just can differentiate each particle by the special scanning device with instrument, so this adds the counterfeit difficulty of adulterator undoubtedly more, further increases false proof reliability.Certainly, in actual applications, the diameter of particle is not limited within above-mentioned 0.1 millimeter to 1 millimeter and 1 micron to 10 micrometer ranges, such as 2 millimeters, 50 microns etc.

It should be noted that, colloid in antifalsification label can be transparent, may not be transparent, if not transparent, special requirement is had for particle or surface sweeping equipment, such as irradiate the scanning device of function with X-ray, or particle is with certain label, scanning device is the scanning device with identifying this label.

Consult Fig. 6 and Fig. 7, in figure 6 and figure 7, antifalsification label 30 also comprises the first identifier 303 and the second identifier 304, first identifier 303 and the second identifier 304 are arranged in basic unit 301, first identifier 304 drips the reference position of rete 302 for identifying, the second identifier 304 drips the final position of rete 302 for identifying.

First identifier and the second identifier designate the reference position and final position of dripping rete, in this way, when not scanning the first identifier, can without image data, when scanning the second identifier, can image data be stopped, thus improve the speed of the data of scanning and collection antifalsification label, and reduce the load of scanning device.

It should be noted that; antifalsification label in above-mentioned Fig. 4 to Fig. 7 can also comprise cover basic unit and drip the uppermost coating of rete; the anti-counterfeiting information of antifalsification label covers by this coating; to protect the exposure of anti-counterfeiting information; when the anti-counterfeiting information needing scanning antifalsification label, coating is wiped off.

Consult Fig. 8, Fig. 8 is the process flow diagram of another embodiment of method for anti-counterfeit of the present invention, and present embodiment is the process flow diagram of the method for anti-counterfeit when antifalsification label is the antifalsification label described in Fig. 4 to Fig. 7, comprising:

Step S301: scan and gather the image of antifalsification label, wherein, antifalsification label comprises basic unit and drips rete, and dripping rete is is formed by dry solidification after the colloidal dispersions comprising multiple particle to basic unit, and at least its quantity and position are random to the particle in a rete.

Wherein, to scan and the step gathering the image of antifalsification label comprises: when scanning the first identifier, gather the image of antifalsification label after the first identifier; When scanning the second identifier, stop collection second identifier image below, wherein, the first identifier and the second identifier are arranged in basic unit, first identifier drips the reference position of rete for identifying, the second identifier drips the final position of rete for identifying.

When the front and back of the image of antifalsification label is provided with the first identifier and the second identifier respectively, just the image of the antifalsification label between the first identifier and the second identifier is gathered.

Or, to scan and the step gathering the image of antifalsification label comprises: when scanning the first identifier, gather the image of the antifalsification label of preset range after the first identifier, wherein, first identifier is arranged in basic unit, and the first identifier drips the reference position of rete for identifying.

When only arranging the first identifier before the image of antifalsification label, can only gather the image of the antifalsification label of preset range after the first identifier.

Step S302: identify the quantity of the particle dripped in rete and position and be verified data.

Step S302 specifically comprises: identify the quantity of the particle dripped in rete, position and color, and wherein, all particle color dripped in rete are at least one, if color has two or more, then the distribution of color is also random.

When the quantity of particle and position are stochastic distribution, increase the color of particle, and the distribution of color is also random, in this way, more adds the difficulty of copying antifalsification label, improve the reliability of antifalsification label.

Wherein, step S302 specifically can also comprise following content:

C1: the quantity of dripping the particle in rete identified, position are combined into the first data in order.

C2: the one in the code of predetermined figure in the code of predetermined figure in the number of predetermined figure in the number of the mobile device produced during identification the first data, international mobile subscriber identity IMSI, international mobile equipment identification number IMEI is combined into the second data.

Or C2: by produce during identification the first data at least comprise time data and locality data is combined into the second data in order.

C3: the first data and the second data are combined into last verification msg in order.

Because the quantity of particle and position are stochastic distribution, first data represent the uniqueness of antifalsification label substantially, if in the number of the mobile device that the second data produce when being identification first data in the number of predetermined figure, international mobile subscriber identity IMSI in the code of predetermined figure, international mobile equipment identification number IMEI predetermined figure code in a kind of combination producing, this further increases again the uniqueness of verification msg, improves false proof reliability.If what the second data produced when being identification first data at least comprise time data and locality data is combined in order, this also further increases the uniqueness of verification msg, improves false proof reliability.

Step S303: the correct result searching coupling verification msg in a database, the correct result mated is obtained if can search, then be judged as that antifalsification label is true tag, otherwise be judged as spurious tags, wherein, correct result be the coordinate of all particles dripped in rete after distribution, the coordinate sequence forming predetermined length is recorded in database as correct result to investigate the true and false time to be verified.

Drip the coordinate of all particles in rete after distribution, the coordinate sequence forming predetermined length is recorded in database as correct result, verification msg identifies the quantity of the particle dripped in rete and position and obtains, therefore, coupling verification msg can be found in a database, then antifalsification label is true tag, otherwise is spurious tags.If verification msg comprises the data splitting of the first data and the second data, according to the correct result of the first data search coupling verification msg, if can search the correct result obtaining mating, then identification result is judged as that antifalsification label is true tag, otherwise be judged as spurious tags.

Embodiment of the present invention scans and gathers the image of antifalsification label, identifies the quantity of the particle dripped in rete and position and is verified data; Search the correct result mating described verification msg in a database.Because the quantity of particle and position are random, therefore antifalsification label is difficult to be replicated, and substantially increases false proof reliability, effectively prevents the forgery and illegal imitation of brand-name products of product.

Consult Fig. 9, Fig. 9 is the process flow diagram of antifalsification label manufacture method one embodiment of the present invention, comprising:

Step S401: multiple particle is joined in colloid.

The material of particle herein includes but not limited to plastics, metal, pottery etc., does not limit at this.Colloid, also known as colloidal dispersion, is the class dispersed system of a kind of dispersed substance particle diameter between coarse dispersion system and solution, can is transparent, also can is nontransparent, does not limit.

Wherein, step S401 comprises: to be joined by multiple particle in transparent colloid and to stir.

Step S402: by the colloidal dispersions containing particle in basic unit, forms the film containing particle.

Wherein, the colloidal dispersions containing particle is comprised to the step in basic unit: the colloid containing particle is dripped, adds or is sprayed onto in basic unit.

Wherein, comprise before forming the step of the film containing particle: in substrate surface printed coordinate system, film is arranged in printed coordinate system, wherein, the particle stochastic distribution in a coordinate system of random amount.

Better can identify the random site coordinate of the particle of random amount in substrate surface printed coordinate system, improve the anti-spurious accuracy of antifalsification label.

Wherein, comprise in the step of substrate surface printed coordinate system: at substrate surface printed coordinate system, the first identifier and the second identifier, wherein, the first identifier drips the reference position of rete for identifying, and the second identifier drips the final position of rete for identifying.

First identifier and the second identifier identify respectively and drip the reference position of rete and final position, so definitely drips the spatial dimension of rete.

Step S403: film drying is solidified, wherein, the particle in film at least its quantity and position is random.

Wherein, also comprise after step S403:

D1:, obtain the coordinate sequence of predetermined length, and be recorded in database to investigate the true and false time to be verified in recording sheet all or the coordinate of predetermined quantity particle.

D2: in basic unit and rete seal coat topmost.The anti-counterfeiting information of antifalsification label covers by this coating, to protect the exposure of anti-counterfeiting information, when the anti-counterfeiting information needing scanning antifalsification label, coating is wiped off.

In embodiments of the present invention, a kind of situation be the diameter of particle between 0.1 millimeter to 1 millimeter, such as 0.1 millimeter, 0.5 millimeter or 1 millimeter, within the scope of this, common scanning device can differentiate each particle; Another kind of situation is that the diameter of particle is between 1 micron to 10 microns, such as 1 micron, 5 microns or 10 microns, within the scope of this, common scanning device cannot differentiate each particle, needs can differentiate each particle by the special scanning device with instrument such as magnifier or low-power microscope.Concerning antifalsification label, if need just can differentiate each particle by the special scanning device with instrument, so this adds the counterfeit difficulty of adulterator undoubtedly more, further increases false proof reliability.Certainly, in actual applications, the diameter of particle is not limited within above-mentioned 0.1 millimeter to 1 millimeter and 1 micron to 10 micrometer ranges, such as 2 millimeters, 50 microns etc.

Multiple particle joins in colloid by embodiment of the present invention; By the colloidal dispersions containing particle in basic unit, form the film containing particle; Film drying is solidified, and wherein, the particle in film at least its quantity and position is random.Because the quantity of particle and position are random, therefore antifalsification label is difficult to be replicated, and substantially increases false proof reliability, effectively prevents the forgery and illegal imitation of brand-name products of product.

In the method for anti-counterfeit embodiment of Fig. 1, if anti-counterfeiting information is the antifalsification label with dripping glue, then method for anti-counterfeit as shown in Figure 10.

See the process flow diagram that Figure 10, Figure 10 are the another embodiments of method for anti-counterfeit of the present invention, comprising:

Step S501: the first data of unique identification respective objects are kept in authentication server.

Step S502: mobile device scans and gathers the image of antifalsification label, wherein, antifalsification label comprises basic unit and drips rete, and dripping rete is is formed by dry solidification after the colloidal dispersions comprising multiple particle to basic unit, and at least its quantity and position are random to the particle in a rete.

Step S502 comprises: when scanning the first identifier, gathers the image of antifalsification label after the first identifier; When scanning the second identifier, stop collection second identifier image below, wherein, the first identifier is arranged at before antifalsification label, and the second identifier is arranged at after antifalsification label.

Or step S502 comprises: when scanning the first identifier, gather the image of the antifalsification label of preset range after the first identifier, wherein, the first identifier is arranged at before antifalsification label.

Or step S502 comprises: when scanning full stop (i.e. the position at above-mentioned second identifier place), gather the image of the antifalsification label of preset range before full stop, wherein, full stop is arranged at after antifalsification label.

When only arranging full stop after antifalsification label, can only gather the image of the antifalsification label of preset range before full stop.

Step S503: the quantity and the position that identify the particle dripped in rete, and the quantity of dripping the particle in rete identified and position are combined into the first data in order.

Step S503 specifically comprises: identify the quantity of the particle dripped in rete, position and color, and the quantity of dripping the particle in rete identified, position and color are combined into the first data in order, wherein, the all particle color dripped in rete are at least one, if particle color is two or more, then the distribution of color is also random.

Step S504: mobile device the machine produces the second data after acquisition first data, the second data comprise the uniqueness data associated with mobile device the machine.

Wherein, the second data are numbers of predetermined figure in the number of mobile device, or the code IMSI of predetermined figure in international mobile subscriber identity, or the code of predetermined figure in international mobile equipment identification number IMEI.

Number, the international mobile subscriber identity IMSI and international mobile equipment identification number IMEI of mobile subscriber are the uniqueness data associated with mobile device the machine concerning each mobile device.In order to protect the privacy of mobile subscriber; prevent divulging a secret of mobile subscriber number; second data comprise the code of predetermined figure in the code of predetermined figure in the number of predetermined figure in the number of mobile device or international mobile subscriber identity IMSI or international mobile equipment identification number IMEI; so both can obtain the data of mobile device uniqueness, the privacy of user can have been protected again.Such as, the number of mobile device is 13777778888, and make a reservation for 6 below, then the second data are 778888.

The time data of mobile device the machine scanning is all the uniqueness data associated with mobile device the machine with the locality data that mobile device the machine scans, therefore, second data can also be the time datas of mobile device the machine scanning, or the locality data of mobile device the machine scanning, or the data splitting of the time data of mobile device the machine scanning and the locality data of scanning.Such as, the time of scanning is 10: 15 on the 20th May in 2013, place is Beijing, second data can be the time datas 1305201015 of mobile device the machine scanning, or second data can be mobile device the machine scanning locality data beijing, if the second data are data splittings of the time data of mobile device the machine scanning and the locality data of scanning, so the second data are 1305201015beijing.

Certainly, in actual applications, the data splitting of the locality data of the locality data that the time data that also code of predetermined figure in the code of predetermined figure in predetermined figure number, international mobile subscriber identity IMSI in the number of mobile device or international mobile equipment identification number IMEI and mobile device the machine can be scanned, mobile device the machine scan or the time data that mobile device the machine scans and scanning carries out combining to obtain the second data, does not limit at this.

Step S505: mobile device sends verification msg to authentication server, verification msg is the data splitting comprising the first data and the second data, or first mapping (enum) data of data and the second data, in authentication server, the correct result of coupling verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then identification result is judged as that antifalsification label is true tag, otherwise be judged as spurious tags, wherein, correct result is that the first data are recorded in database as correct result to investigate the true and false time to be verified.

Step S506: mobile device receives the identification result from authentication server.

After authentication server obtains identification result, sent by this identification result to mobile device, mobile device receives the identification result from authentication server.Wherein, primary verification msg can be kept in authentication server by authentication server, when sending identification result to mobile device, the second data in the verification msg corresponding with these the first data of preserve first time checking or the mapping (enum) data of the second data also send to mobile device, if the verification msg corresponding with these the first data of not preserving, then do not send the second data of this verification msg corresponding with these the first data or the mapping (enum) data of the second data.When identification result is true tag, if mobile device does not receive the mapping (enum) data of the second data from authentication server or the second data, illustrate that the product that this anti-counterfeiting information is corresponding is first time checking, if mobile device receives the mapping (enum) data of the second data from authentication server or the second data, illustrate that the product that this anti-counterfeiting information is corresponding is not first time checking, once authenticated.Such as, these second data obtained of mobile device the machine are 1305301305beijing, the second data from authentication server are 1305201015beijing, show there has been people's this product authenticated 10: 15 minutes on the 20th May in 2013 in Beijing, alternatively this product bright was once used by people.And for example, the second data are rear six bit data of mobile device number, and when these second data obtained of mobile device the machine are 788888, if authentication server does not send the second data, show that this product is first time checking; If the second data that authentication server sends are 788888, show that user uses this mobile device to carry out second time checking to this product; If the second data that authentication server sends are 785512, show that this product carries out second time checking on other mobile device, or this product is once authenticated, or this product was used by people.

Embodiment of the present invention mobile device scans and gathers the image of antifalsification label, identifies quantity and the position of the described particle dripped in rete, and the quantity of the particle in the described rete identified and position are combined into the first data in order; After described first data of acquisition, described mobile device the machine produces the second data; Described mobile device sends verification msg to authentication server; Described mobile device receives the identification result from described authentication server.Due to the data that the first data and the second data are all uniquenesss, particularly the first data, by the way, can guarantee the uniqueness of verification msg, thus improve false proof reliability.

Consult Figure 11, Figure 11 is the structural representation of mobile device one embodiment of the present invention, and this mobile device comprises: scanning collection module 11, first data obtaining module 12, second data obtaining module 13, sending module 14 and receiver module 15.

It should be noted that, the mobile device of present embodiment can perform steps all in method flow shown in Figure 10.

Scanning collection module 11 is for scanning and gathering the image of antifalsification label, wherein, antifalsification label comprises basic unit and drips rete, and dripping rete is is formed by dry solidification after the colloidal dispersions comprising multiple particle to basic unit, and at least its quantity and position are random to the particle in a rete.

Wherein, scanning collection module 11, also for when scanning the first identifier, gathers the image of antifalsification label after the first identifier; When scanning the second identifier, stop collection second identifier image below, wherein, the first identifier is arranged at before antifalsification label, and the second identifier is arranged at after antifalsification label.

Wherein, scanning collection module 11, also for when scanning the first identifier, gathers the image of the antifalsification label of preset range after the first identifier, and wherein, the first identifier is arranged at before antifalsification label.

The quantity of dripping the particle in rete identified and position for identifying quantity and the position of the particle dripped in rete, and are combined into the first data by the first data obtaining module 12 in order.

First data obtaining module 12 is specifically for identifying the quantity of the particle dripped in rete, position and color, and the quantity of dripping the particle in rete identified, position and color are combined into the first data in order, wherein, the all particle color dripped in rete are at least one, if color is two or more, then the distribution of color is also random.

Second data obtaining module 13 produces the second data for mobile device the machine after acquisition first data, and the second data comprise the uniqueness data associated with mobile device the machine.

Second data can be the numbers of predetermined figure in the number of mobile device, or the code of predetermined figure in international mobile subscriber identity IMSI, or the code of predetermined figure in international mobile equipment identification number IMEI.

Sending module 14 is for sending verification msg to authentication server, verification msg is the data splitting comprising the first data and the second data, or first mapping (enum) data of data and the second data, in authentication server, the correct result of coupling verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then identification result is judged as that antifalsification label is true tag, otherwise be judged as spurious tags, wherein, correct result is that the first data are recorded in database as correct result to investigate the true and false time to be verified.

Receiver module 15 is for receiving the identification result from authentication server.

Consult Figure 12, Figure 12 is the structural representation of another embodiment of mobile device of the present invention, and mobile device comprises: the first data obtaining module 21, second data obtaining module 22, sending module 23 and receiver module 24.

It should be noted that, the mobile device of present embodiment can perform step S102 in method flow shown in Fig. 1 to step S105.

First data obtaining module 21 identifies anti-counterfeiting information and the first data obtained for obtaining, and the first data are in order to unique identification respective objects.

First data obtaining module 21 specifically for being positioned at the image of mark on object or antifalsification label with the mobile device collection with camera, and carries out optical identification, to obtain the first data.

Mark or antifalsification label include but not limited to the combination of word or character or word and character, or Quick Response Code or bar code.

First data obtaining module 21 comprises: the 3rd collecting unit and the first data acquiring unit.

3rd collecting unit is for gathering the image of the antifalsification label on object with the mobile device with camera, wherein, antifalsification label comprises basic unit and drips rete, dripping rete is is formed by dry solidification after the colloidal dispersions comprising multiple particle to basic unit, and at least its quantity and position are random to the particle in a rete.

First data acquiring unit is used for quantity and the position that optical identification drips the particle in rete, and the quantity of dripping the particle in rete identified and position are combined into the first data in order.

First data acquiring unit drips the quantity of the particle in rete, position and color specifically for optical identification, and the quantity of dripping the particle in rete identified, position and color are combined into the first data in order, wherein, the all particle color dripped in rete are at least one, if color is two or more, then the distribution of color is also random.

First data obtaining module 21 also comprises the first collecting unit, and the first collecting unit is for scanning with the image of mobile device to the antifalsification label on object with camera; When scanning the first identifier, gather the image of antifalsification label after the first identifier; When scanning the second identifier, stop collection second identifier image below, wherein, the first identifier is arranged at before antifalsification label, and the second identifier is arranged at after antifalsification label.

First data obtaining module 21 also comprises the second collecting unit, and the second collecting unit is for scanning with the image of mobile device to the antifalsification label on object with camera; When scanning the first identifier, gather the image of the antifalsification label of preset range after the first identifier, wherein, the first identifier is arranged at before antifalsification label.

Second data obtaining module 22 produces the second data for mobile device the machine after acquisition first data, and the second data comprise the uniqueness data associated with mobile device the machine.

Second data can be the numbers of predetermined figure in the number of mobile device, or the code of predetermined figure in international mobile subscriber identity IMSI, or the code of predetermined figure in international mobile equipment identification number IMEI.Or the second data can also be the time datas of mobile device the machine scanning, or the locality data of mobile device the machine scanning, or the time data of mobile device the machine scanning and the combination of locality data.

Sending module 23 is for sending verification msg to authentication server, verification msg is the data splitting comprising the first data and the second data, or first mapping (enum) data of data and the second data, in authentication server, the correct result of coupling verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then identification result is judged as that antifalsification label is true tag, otherwise be judged as spurious tags, wherein, correct result is that the first data are recorded in database as correct result to investigate the true and false time to be verified.

Receiver module 24 is for receiving the identification result from authentication server.

Consult Figure 13, Figure 13 is the structural representation of mobile device of the present invention two embodiments, and mobile device comprises: scan module 31, optical recognition module 32.

It should be noted that, the mobile device of present embodiment can perform steps all in method flow shown in Fig. 2 and Fig. 3.

Scan module 31 is for carrying out optical scanning to the first optical scanning region.

Scan module 31 is specifically for carrying out optical scanning line by line according to row to the first optical scanning region, and often row only scans first analyzing spot above.Scan module 31 is also for carrying out optical scanning line by line according to row to the first optical scanning region, and often row only scans first analyzing spot above.First identifier is arranged at the foremost of the direction of scanning in the second optical scanning region.

Optical recognition module 32, for when scanning the first identifier, carries out optical identification to the second optical scanning region of the preset range after the first identifier.Or for when scanning the first identifier, optical identification is carried out to the second optical scanning region after the first identifier, when scanning the second identifier, stop carrying out optical identification to the second optical scanning region.

Second optical scanning region is antifalsification label.Antifalsification label comprises basic unit and drips rete, and dripping rete is is formed by dry solidification after the colloidal dispersions comprising multiple particle to basic unit, and at least its quantity and position are random to the particle in a rete.

The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.

Claims

1. a method for anti-counterfeit, is characterized in that, described method comprises:

The first data that mobile device acquisition identifies anti-counterfeiting information and obtains, described first data are in order to unique identification respective objects;

After described first data of acquisition, described mobile device the machine produces the second data, and described second data comprise the uniqueness data associated with described mobile device the machine;

Described mobile device sends verification msg to authentication server, described verification msg is the data splitting comprising described first data and the second data, or the mapping (enum) data of described first data and the second data, in described authentication server, the correct result mating described verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then described identification result is judged as that described antifalsification label is true tag, otherwise be judged as spurious tags, wherein, described correct result is that described first data are recorded in database as correct result to investigate the true and false time to be verified,

Described mobile device receives the identification result from described authentication server.

2. method according to claim 1, is characterized in that,

The step of the first data that described mobile device acquisition identifies anti-counterfeiting information and obtains comprises:

Be positioned at the image of mark on object or antifalsification label with the described mobile device collection with camera, and carry out optical identification, to obtain the first data.

3. method according to claim 2, is characterized in that, described mark or antifalsification label are a kind of in word, character or both combinations.

4. method according to claim 2, is characterized in that, described mark or antifalsification label are Quick Response Code or bar code.

5. method according to claim 2, it is characterized in that, describedly to comprise by the step that the described mobile device collection with camera is positioned at the image of the antifalsification label on object: scan with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of antifalsification label after described first identifier; When scanning the second identifier, stop gathering described second identifier image below, wherein, described first identifier is arranged at before described antifalsification label, and described second identifier is arranged at after described antifalsification label.

6. method according to claim 2, it is characterized in that, describedly to comprise by the step that the described mobile device collection with camera is positioned at the image of the antifalsification label on object: scan with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of the antifalsification label of preset range after described first identifier, wherein, described first identifier is arranged at before described antifalsification label.

7. method according to claim 1, it is characterized in that, described second data comprise the one in the code of predetermined figure in the code of predetermined figure in the number of predetermined figure in the number of described mobile device, international mobile subscriber identity IMSI, international mobile equipment identification number IMEI.

8. method according to claim 1, is characterized in that, described second data also comprise a kind of or both combination in the locality data of the time data of described mobile device the machine scanning, the scanning of described mobile device the machine.

9. a mobile device, is characterized in that, described mobile device comprises:

First data obtaining module, identify anti-counterfeiting information and the first data obtained for obtaining, described first data are in order to unique identification respective objects;

Second data obtaining module, produce the second data for described mobile device the machine after described first data of acquisition, described second data comprise the uniqueness data associated with described mobile device the machine;

Sending module, for sending verification msg to authentication server, described verification msg is the data splitting comprising described first data and the second data, or the mapping (enum) data of described first data and the second data, in described authentication server, the correct result mating described verification msg is searched with the first data, and then obtain identification result, the correct result mated is obtained if can search, then described identification result is judged as that described antifalsification label is true tag, otherwise be judged as spurious tags, wherein, described correct result is that described first data are recorded in database as correct result to investigate the true and false time to be verified,

Receiver module, for receiving the identification result from described authentication server.

10. mobile device according to claim 9, it is characterized in that, described first data obtaining module specifically for being positioned at the image of mark on object or antifalsification label with the described mobile device collection with camera, and carries out optical identification, to obtain the first data.

11. mobile devices according to claim 10, is characterized in that, described mark or antifalsification label are a kind of in word, character or both combinations.

12. mobile devices according to claim 10, is characterized in that, described mark or antifalsification label are Quick Response Code or bar code.

13. mobile devices according to claim 10, it is characterized in that, described first data obtaining module also comprises the first collecting unit, and described first collecting unit is for scanning with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of antifalsification label after described first identifier; When scanning the second identifier, stop gathering described second identifier image below, wherein, described first identifier is arranged at before described antifalsification label, and described second identifier is arranged at after described antifalsification label.

14. mobile devices according to claim 10, it is characterized in that, described first data obtaining module also comprises the second collecting unit, and described second collecting unit is for scanning with the image of described mobile device to the antifalsification label on described object with camera; When scanning the first identifier, gather the image of the antifalsification label of preset range after described first identifier, wherein, described first identifier is arranged at before described antifalsification label.

15. mobile devices according to claim 9, it is characterized in that, described second data comprise the one in the code of predetermined figure in the code of predetermined figure in the number of predetermined figure in the number of described mobile device, international mobile subscriber identity IMSI, international mobile equipment identification number IMEI.

16. mobile devices according to claim 9, is characterized in that, described second data also comprise a kind of or both combination in the locality data of the time data of described mobile device the machine scanning, the scanning of described mobile device the machine.